JP2022114642A - Toe pad creation kit - Google Patents

Abstract

To provide a toe pad creation kit that allows a toe patient himself/herself to create a toe pad capable of coping with various troubles at respective parts of a toe through cutting using scissors.SOLUTION: A toe pad creation kit makes it possible to create a toe pad to be used by being fitted to a toe, with a feeling like DIY (Do-It-Yourself). The toe pad creation kit is constituted of a cylindrical body part (tube-like body) having an internal diameter enabling insertion of a single toe and made from a low repulsive material or a silicone material. On an external surface thereof, a thick surface (protection surface) to be pasted on a toe affected part to mitigate pain is provided. An external surface part is displayed with first and second sets of cutting display lines (G1, G2) indicating positions to be cut, as well as, displayed with a third set of cutting display lines (G3) indicating positions to be cut in round slices. Cutting these cutting display lines G1, G2, G3, for example, using scissors or the like enables a user to create first to third toe pads by himself/herself.SELECTED DRAWING: Figure 1

Description

More specifically, the present invention relates to the structure of a toe pad making kit, and more specifically, a toe patient himself cuts out a toe pad of a specific shape from a single tube with a DIY (Do-It-Yourself) feeling. The present invention relates to the structure of a toe pad making kit for making toe pads capable of relieving pain in fingers, soles, etc. From this one tube-shaped toe pad preparation kit, for example, it is possible for a toe patient to prepare one of three types of toe pads.

Hallux valgus, hallux little toe, calluses on soles, corns, calluses on fingers, inflammation of sesamoid bones, and calluses on fingers due to hammer toes are generally known as various troubles that occur in various parts of the toes. Hallux valgus is a kind of deformity of the big toe, in which the tip of the big toe bends toward the adjacent second toe by wearing footwear that does not have room in front, and the joint at the base of the big toe becomes tight. It protrudes outward. Deformation of this joint part is accompanied by severe pain. A bunion is also a deformation of the little toe in which the tip of the little toe bends toward the adjacent fourth toe, causing severe pain similar to bunions. When the hallux valgus and the little toe become severe, even when walking barefoot, the joints at the base of the big toe and little toe can feel severe pain, and the person tends to take an unnatural walking posture in which the foot is protected. is the cause of pain. In addition, corns are formed in areas that are constantly subjected to pressure and friction. When the stratum corneum layer of the skin thickens and a core forms in the center, the core gradually penetrates deeper into the skin and stimulates the nerves. It becomes very painful. In addition, hammer toe is a joint of the toe that bends like a hammer. There is a problem that the joint is bent and cannot be straightened and cannot be corrected without surgery.

To deal with these foot troubles, dedicated toe pads have been proposed that conform to the shape of the toes, soles, etc., and alleviate the pain of these parts. However, this type of dedicated toe pad has a problem that, for example, a toe pad made for indirect use at the base of the big toe cannot be used for the little finger. In other words, the toe pads on the market are applied to a specific site and cannot be adapted to individual differences. Therefore, there was a problem that the user had to purchase a plurality of types of toe pads.

For example, the hallux valgus corrector disclosed in Patent Document 1 is formed with a ring-shaped locking portion that is locked to the hallux and the second toe, and the elastic restoring force that tries to restore the normal state of the hallux valgus corrector. A force acts in the direction in which the big toe and the second toe are separated from each other, thereby correcting the hallux valgus. However, this invention does not have the function of relieving pain in the toes, soles, etc., and cannot be used when there is pain in the toes. , there was a problem that it was not possible to walk in a well-balanced manner, and the lower back hurt.

In addition, the shoe blister prevention device to be worn on the toes disclosed in Patent Document 2 includes a support structure and an elastic protection part integrated with the support structure, and the support structure is detachably formed on any one of the toes, The elastic protective portion is configured to be able to cover the protective portion of the toe when worn on the toe. As a result, since it can be worn on each finger, it is difficult to rub and can effectively protect the part where blisters tend to occur. However, since this structure is a dedicated product, there is a problem that it cannot be used to protect parts other than the toes.

Furthermore, the toe protective band disclosed in Patent Document 3 relates to a toe protective band that prevents eczema and athlete's foot by wrapping it around the tip of the toe to prevent the toe from getting damp. Therefore, like Patent Document 1, it does not have the function of relieving pain in the toes and the soles of the feet. When used in such a state, there was a problem that the user would have to walk with clumsy legs, could not walk in a well-balanced manner, and would have pain in the knees and lower back.

JP 2008-178436 A Utility Model Registration No. 3116048 Japanese Utility Model Laid-Open No. 6-48634

The present invention solves the above conventional problems, and provides a toe pad making kit that allows a toe patient to cut the toe with scissors to create a toe pad that can deal with various troubles of each part of the toe. intended to

A toe pad making kit according to the present invention is a toe pad making kit that can make a toe pad to be worn on a toe and used with a DIY (Do-It-Yourself) feeling, and this toe pad making kit is It is composed of a cylindrical main body (tubular main body) made of a low-resilience material or silicon material having an inner diameter into which one toe can be inserted. The outer surface is provided with a thick surface (protective surface) that is applied to the affected part of the toe to reduce pain. A first set and a second set of cutting indication lines ( G1, G2) are displayed. Furthermore, a third set of ring-shaped cutting indication lines (G3) are also displayed to indicate the portion to be sliced in the direction perpendicular to the axis. These sets of cutting indication lines G1, G2, and G3 are displayed to indicate locations to be cut with, for example, scissors. Since it is difficult to determine which line should be cut, the cut indication lines are displayed in a visually distinguishable manner for each set of G1, G2, and G3. Then, one toe pad is created by selecting and cutting any one pair of the visually discriminated cut indication lines. As a result, it is possible to create toe pads for each part with a DIY feeling with this one toe pad making kit without having to have different types of toe pads depending on the affected part of the toe.

Note that the plurality of sets of cutting indication lines displayed in a visually identifiable manner means, for example, that they are displayed in a color or line type different from that of other sets of cutting indication lines. In the present invention, three sets of cutting indication lines are displayed as an example, but it is not intended to be limited to these three sets, and sets of cutting indication lines are displayed that do not limit the number of toe pads that are frequently required to create multiple types of toe pads. You may Each set of cutting indication lines is basically composed of (1) one arc-shaped cutting indication line formed when cutting in the direction orthogonal to the axial center of the tubular main body, and this arc-shaped cutting indication line. starting from each of the two ends of the tubular main body and extending to one end of the tubular main body in a direction parallel to the axial center of the tubular main body; or Alternatively, (2) a plurality of ring-shaped cutting indication lines cut in a direction orthogonal to the axial center of the tubular main body. Then, a toe pad is prepared by cutting off a set of cutting indication lines with scissors according to the site of the affected part of the toe by the toe patient himself/herself. Then, after fixing the toe pad prepared by inserting the finger insertion portion, which is the uncut portion of the tubular main body, into one finger according to the affected part, the remaining portion of the tubular main body is Apply the thick surface (protective surface) to the affected area to cover it. In this way, a toe patient cuts along a set of cutting lines selected according to the affected part of the toe to create a toe pad, and the cut toe pad relieves the pain of the affected part. becomes possible.

By preparing one toe pad making kit of the present invention, a toe patient himself/herself can make a plurality of different types of one toe pad according to his/her affected area with scissors, and the toe pad can be made exclusively for each affected area of the toe as in the past. The advantage is that there is no need to prepare multiple types of toe pads.

1 is an overall external perspective view of a toe pad making kit according to a first embodiment of the present invention; FIG. (A) is an external perspective view in which only the first set of cutting indication lines (G1) of the present invention is extracted, and (B) is the first leg created by cutting along the first set of cutting indication lines. It is an external perspective view of a toe pad. (A) is an external perspective view in which only the second set of cutting indication lines (G2) of the present invention is extracted, and (B) is a second leg created by cutting along this second set of cutting indication lines. It is an external perspective view of a toe pad. (A) is an external perspective view in which only the ring-shaped third set of cutting indication lines (G3) of the present invention is extracted, and (B) is created by cutting along this third set of cutting indication lines. It is an external appearance perspective view of a 3rd toe pad. FIG. 2 is an external view of the first toe pad of the present invention, viewed from the instep side of the foot, showing a usage example in which the first toe pad of the present invention is attached to the hallux valgus. FIG. 2 is an external view of the sole of the foot showing an example of use in which the first toe pad of the present invention is attached to the painful part of the sesamoid bone. FIG. 2 is an external view of the first toe pad of the present invention, viewed from the instep side of the foot, showing an example of use in which the first toe pad of the present invention is attached to the little toe. FIG. 2 is an external view of the sole of the foot showing an example of use in which the first toe pad of the present invention is attached to the little toe of the hallux. FIG. 2 is an external view of the second toe pad of the present invention as viewed from the bottom of the foot in a use example of the second toe pad of the present invention attached to the third toe. FIG. 2 is an external view of the sole of the foot in a use example of the second toe pad of the present invention attached to the third toe. FIG. 2 is an external view of the instep side of the foot in a use example diagram in which the ring-shaped third toe pad of the present invention is attached to the hammer toe portion and the callus portion of the finger. FIG. 10 is an external view of the bottom of the foot showing a usage example in which the third toe pad of the present invention is attached to the hammer toe portion and the callus portion of the finger.

FIG. 1 is an overall external perspective view of the toe pad making kit (100) of the present invention. This toe pad making kit (100) is a toe pad making kit for a toe patient to make a toe pad to be worn on a toe with a DIY (Do-It-Yourself) feeling. If a toe patient prepares one of these toe pad making kits, this kit displays multiple types of different toe pad shapes. It is possible to create two toe pads. This toe pad making kit is composed of a tube-shaped main body (1) made of a low-resilience material or a silicon material and having an inner diameter into which one toe can be inserted.

In this tube-shaped main body portion, the inner cylinder axis is eccentric, that is, slightly deviated from the outer cylinder axis. A thin surface (4) is formed. The thick surface (protective surface) (3) is brought into contact with the affected part of the toe, for example, a callus on the toe to reduce pain. The thick surface (protective surface) (3) is provided in an area that is approximately half of the tubular main body (1).

Then, on the outer surface portion symmetrical to the thick surface (protective surface) (3) of the outer surface of the cylindrical main body with respect to the axis, that is, on the outer surface on the opposite side to the axis, scissors, for example, are attached. The first set of cutting display lines (G1) and the second set of cutting display lines (G2) indicating the places to be cut by etc., and the ring-shaped lines indicating the places to be cut in the direction perpendicular to the axis A third set of cut indicator lines (G3) are displayed. This first set of cut indicator lines (G1) shows where to cut for making the first toe pad (10), and the second set of cut indicator lines (G2) shows the second toe pad ( 20) The points to be cut for fabrication are indicated, and the third set of cut indicator lines (G3) each indicate the points to be cut for fabrication of the third toe pad (30). In FIG. 1, the left end of the finger insertion portion (2) of the tubular main body (1) is a through hole, but it may be closed.

The tubular body part (1) of the toe pad making kit (100) has a length of about 10 cm, and a thick surface (protective surface) (3) has a thickness of 10 mm. , the thickness of the thin surface (4) is assumed to be about 5 millimeters. The thick surface (protective surface) (3) of the low-resilience material is actually pressed by the user's body weight, so that the thickness is compressed so that the shoes that have been used until now can be used without problems. In addition, the inner diameter is assumed to be about 20 mm, and it is designed to be detachable. These dimensions may be set to more appropriate dimensions by experiment or the like according to male, female, thumb and little finger. Furthermore, the tubular main body (1) of the toe pad making kit (100) may be manufactured by drawing with a mold or by pouring the material into a mold. As another method of manufacturing the toe pad making kit (100), each of the first, second, and third sets of cutting indication lines indicating the locations to be cut with the scissors or the like described above without using a mold. (G1, G2, G3) are printed on a cut indication line sheet to be attached to the tubular main body (1), and the printed cut indication line sheet is attached to the surface of the tubular main body (1). good too.

The toe pad making kit (100) is made of a low-resilience material such as sponge, silicone, or soft urethane foam. Therefore, it has flexibility and elasticity, and can be easily cut with scissors, so patients with toes can easily cut it into the required shape with scissors according to the position of the affected area. . As a result, it can be used on any part of the body, such as using it on the toes or the sole of the foot, by changing it into an unspecified shape and cutting it with scissors.

The thick surface (protective surface) (3) and the thin portion (4) are integrally formed so as to be symmetrical with respect to the axis. ) is gradually thinned toward the thin portion (4), and when a finger is inserted into the finger insertion portion (2), the thick surface (protective surface) (3) comes into contact with the affected area, and the thin portion (4) is in contact with the adjacent finger. The thick surface (protective surface) (3) may be made thicker by making it double or triple.

Next, the first set of cut indication lines (G1), the second set of cut indication lines (G2), and the third set of cut indication lines (G3) will be described more specifically. The first set of cutting indication lines (G1) for creating the first toe pad (10) from the toe pad making kit (100) consists of three cutting indication lines L11, L12 and L13. The second set of cutting marking lines (G2) for creating the second toe pad (20) consists of two cutting marking lines L21 and L11, and the third toe pad ( 30) is composed of three cutting indicating lines L31, L32, and L33. Although the characteristics of each of the cut indication lines will be described later, one toe pad can be produced by cutting one set of cut indication lines with scissors or the like. Each set of cutting indication lines is displayed in a visually distinguishable manner from other sets of cutting indication lines. This "visually identifiable aspect" means, for example, that the cutting indicating lines L11, L12, and L13 of the first set of cutting indicating lines (G1) are indicated by solid lines, and the cutting indicating lines of the second set (G2) are indicated by solid lines. Lines L21 and L11 are indicated by dashed-dotted lines, and cut-indicating lines L31, L32, and L33 of the third group (G3) are indicated by two-dot chain lines. A toe patient can easily identify the cutting marking line to be cut off by this display, and if there is one toe pad making kit (100), in this example, three different toe pads can be made in a DIY sense, that is, Any one of the first toe pad (10), the second toe pad (20) and the third toe pad (30) can be made.

FIG. 2 (A) is an external perspective view in which only the first set of cutting indication lines (G1) of the present invention is extracted, and (B) is the first set of cutting indication lines created by cutting along the first set of cutting indication lines. It is an external perspective view of one toe pad (10). That is, although the overall view of the toe pad making kit (100) of the present invention is as shown in FIG. 1, FIG. Only line (G1) is shown. As shown in (A), the first set of cutting indication lines (G1) is an arcuate cutting indication line (L11) formed when cutting in a direction perpendicular to the axial center of the cylindrical main body (1). and two straight lines extending from both ends of the arc-shaped cutting indication line to one end (the right end in the drawing) of the tubular main body in a direction parallel to the axis of the tubular main body. It is composed of a total of three cutting indicator lines (L12, L13). The arc-shaped cutting indication line (L11) may be substantially semicircular, and the cylindrical finger insertion part (2) may have an axial length substantially equal to the toe length. In addition, in the created first toe pad (10) shown in FIG. It functions as a protective surface that abuts against the A finger is inserted into the remaining finger insertion part (2), which functions to fix the first toe pad (10). Although the arc-shaped cutting indication line (L11) shown in FIG. (A) is displayed in the direction perpendicular to the axis, it may be displayed with an inclination according to the position of the affected part. Furthermore, the two straight cutting lines (L12, L13) extending parallel to the axis shown in the figure and reaching one end (the right end in the figure) of the cylindrical main body are wavy or inclined. may be displayed.

FIG. 3(A) is an external perspective view in which only the second set of cutting indication lines (G2) of the present invention is extracted, and (B) is a second set of cutting indication lines created by cutting along this second set of cutting indication lines. It is an external perspective view of a bipedal toe pad (20). That is, although the overall view of the toe pad making kit (100) of the present invention is as shown in FIG. 1, FIG. Only line (G2) is shown. The second set of cutting indication lines (G2) is composed of an arc-shaped cutting indication line (L11) formed when cutting in a direction orthogonal to the axial center of the tubular main body (1), and the arc-shaped indication line. Starting from the midpoint, one linear cutting indicator line (L21) runs parallel to the axis of the tubular main body and reaches one end of the tubular main body, for a total of two cutting indicator lines. It is configured. The arc-shaped cutting indication line (L11) may be substantially semicircular, and the cylindrical finger insertion part (2) may have an axial length substantially equal to the toe length. In addition, in the created second toe pad (20) shown in FIG. ) functions as a protective surface that contacts the affected area. A finger is inserted into the remaining finger insertion part (2), which functions to fix the second toe pad (20).

FIG. 4(A) is an external perspective view in which only the ring-shaped third set of cutting indication lines (G3) of the present invention is extracted, and (B) is a cut along this third set of cutting indication lines. It is an external appearance perspective view of the produced 3rd toe pad (30). That is, although the overall view of the toe pad making kit (100) of the present invention is as shown in FIG. 1, FIG. Only line (G3) is shown. This third set of cutting indication lines (G3) is a plurality of ring-shaped surfaces that slice the tubular main body (1) in a direction orthogonal to the axis of the tubular main body (1) and at intervals of the toe length. It consists of cutting lines (L31, L32, L33). In this example, it is composed of three ring-shaped display cutting lines. The four ring-shaped third toe pads (30) shown in (B) are used by being attached to the affected toes.

Next, how to use each of the first toe pad (10), the second toe pad (20) and the third toe pad (30) will be described. First, an example of use in which the first toe pad (10) is attached to the hallux valgus will be described with reference to FIG. FIG. 5 is an external view seen from the instep side of the foot. By using it in this way, the finger insertion part (2) of the first toe pad (10) is inserted into the big toe, and the protective surface (3) comes in contact with the bunion formed at the base of the big toe to protect the bunion. It is now possible to alleviate the pain of

Next, an example of use of protecting a painful sesamoid part using the first toe pad (10) will be described with reference to FIG. FIG. 6 is an external view of the sole of the foot. By using it in this way, the finger insertion part (2) of the first toe pad (10) is inserted into the thumb, and the protective surface (3) comes into contact with the sesamoid part at the base of the big toe to protect it. The pain of the sesamoid bone pain can be alleviated by doing so.

Next, a usage example of protecting the hallux little toe using the first toe pad (10) will be described with reference to FIG. FIG. 7 is an external view seen from the instep side of the foot. By using it in this way, the finger insertion part (2) of the first toe pad (10) is inserted into the little toe, and the protective surface (3) protects the bunion little toe formed at the base of the little toe. It has become possible to alleviate the pain of the hallux little toe.

Next, an example of using the first toe pad (10) to protect the hallux little toe will be described with reference to FIG. FIG. 8 is an external view of the sole of the foot. By using it in this way, the finger insertion part (2) of the first toe pad (10) is inserted into the little toe, and the protective surface (3) protects the bunion little toe formed at the base of the little toe. Therefore, the pain in the hallux little toe can be alleviated.

Next, a usage example of protecting the toes using the second toe pad (20) will be described with reference to FIGS. 9 and 10. FIG. FIG. 9 is an external view as seen from the instep side of the foot, and FIG. 10 is an external view as seen from the sole of the foot. By using it in this way, the toe insertion part (2) of the second toe pad (20) is inserted into the toes, and the protective surface (3) protects the calluses formed on the soles of the feet and protects the toes. It has become possible to alleviate pain.

Next, a usage example in which the ring-shaped third toe pad (30) is used to protect the toe part will be described with reference to FIGS. 11 and 12. FIG. FIG. 11 is an external view as seen from the instep side of the foot, and FIG. 12 is an external view as seen from the sole of the foot. By using it in this way, it is possible to protect the toe into which the third toe pad is inserted or an adjacent toe, thereby relieving pain on the upper surface of the toe.

Each of the first to third toe pads (10), (20) and (30) of the above embodiment is composed of a thick surface (protective surface) (3) and a thin portion (4). However, they may have the same thickness. As another usage example, it can be worn as a protective material on each finger of the hand.

By preparing one toe pad making kit (100) of the present invention, a toe patient himself/herself can make one toe pad with a plurality of types of different shapes using scissors according to his/her affected area. The advantage is that there is no need to prepare a plurality of toe pads dedicated to each affected toe area.

100 toe pad making kit 1 cylindrical main body 2 finger insertion part 3 thick surface (protective surface)
4 thin portion 10 first toe pad 20 second toe pad 30 third toe pad
G1 1st set of cutting lines
G2 2nd set of cutting lines
G3 3rd set of cutting lines
L11, L12, L13, L21, L31, L32, L33 Cutting indicator line

The tubular body part (1) of the toe pad making kit (100) has a length of about 10 cm, and a thick surface (protective surface) (3) has a thickness of 10 mm. , the thickness of the thin surface (4) is assumed to be about 5 millimeters. The thick surface (protective surface) (3) of the low-resilience material is actually pressed by the user's body weight, so that the thickness is compressed so that the shoes that have been used until now can be used without problems. In addition, the inner diameter is assumed to be about 20 mm, and it is designed to be detachable. These dimensions may be set to more appropriate dimensions by experiment or the like according to male, female, thumb and little finger. Furthermore, the tubular main body (1) of the toe pad making kit (100) may be manufactured by drawing with a mold or by pouring the material into a mold. As another method of manufacturing the toe pad making kit (100), each of the first, second, and third sets of cutting indication lines indicating the locations to be cut with the scissors or the like described above without using a mold. (G1, G2, G3) are printed on a cut indication line sheet (50) to be attached to the tubular main body (1), and the printed cut indication line sheet (50) is attached to the tubular main body (1). may be attached to the surface of

100 toe pad making kit 1 cylindrical main body 2 finger insertion part 3 thick surface (protective surface)
4 thin portion 10 first toe pad 20 second toe pad 30 third toe pad
50 cutting indication line sheet
G1 1st set of cutting lines
G2 2nd set of cutting lines
G3 3rd set of cutting lines
L11, L12, L13, L21, L31, L32, L33 Cutting indicator line

Claims (6)

A toe pad making kit for making toe pads to be worn on the toes with a DIY (Do-It-Yourself) feeling;
The toe pad making kit is composed of a tubular main body (1) made of a low-resilience material or a silicon material having an inner diameter that allows one toe to be inserted, and the tubular main body (1) is attached to the outer cylinder axis. On the other hand, the inner cylinder has a thick surface (3) formed thick and a thin surface (4) formed thin due to the eccentricity of the inner cylinder axis,
On the thin surface (4) of the cylindrical main body, a first set of cutting marking lines (G1) indicating the places to be cut for making the first toe pad (10) and the second toe pad (20) are made. and a third set of ring-shaped cutting lines (G2) indicating where to cut perpendicular to the axis for making the third toe pad (30). (G3), a plurality of sets of cutting indication lines are displayed, the plurality of sets of cutting indication lines are displayed in a visually distinguishable manner with respect to other sets of cutting indication lines, and the visually distinguishable A toe pad making kit (100) characterized by being configured so that one toe pad can be made from one cylindrical main body (1) by cutting any one set of cutting indication lines. ). Each of the first, second, and third sets of cut-indicating lines (G1, G2, G3) displayed in a visually distinguishable manner is a different color or line than the other sets of cutting-indicating lines. The toe pad making kit (100) according to claim 1, characterized by being designated by species. The first set of cutting indication lines (G1) for making the first toe pad (10) is one arcuate cutting indication line shown in a direction perpendicular to the axis of the tubular main body (1). (L11) and two lines extending from each of the ends of the arc-shaped cut indication line to one end of the tubular main body shown in a direction parallel to the axis of the tubular main body. Consists of linear cutting indication lines (L12, L13),
The second set of cutting indication lines (G2) for making the second toe pad (20) is one arcuate cutting indication line shown in a direction perpendicular to the axis of the tubular main body (1). (L11), and one straight line extending from the midpoint of the arc-shaped cutting indication line to one end of the tubular main body shown in a direction parallel to the axis of the tubular main body. It is composed of a cutting display line (L21) of
The third set of cutting indication lines (G3) for making the third toe pad (30) are shown in a direction perpendicular to the axis of the tubular main body (1), and at intervals of toe length, The toe pad making kit (100) according to claim 1, characterized in that it comprises a plurality of ring-shaped cutting indication lines (L31, L32, L33) for cutting the cylindrical main body. The three cutting indication lines (L11, L12, L13) displayed on the first set of cutting indication lines (G1) for creating the first toe pad (10) are It is displayed so that the first toe pad can be created by cutting the cylindrical main body (1) along
The finger insertion part (2) formed by cutting the arc-shaped cutting indication line (L11) is attached to the big toe, and the two straight cutting indication lines (L12, L13) are cut open. The thick surface (3) can be brought into contact with the hallux valgus or the sesamoid part of the toe to protect the affected part of the toe, or the finger insertion part (2) is attached to the little finger and the thick surface (3 ) is brought into contact with the small toe part of the toe to protect the affected part of the toe. Teori;
The two cutting marking lines (L11, L21) displayed in the second set of cutting marking lines (G2) for creating the second toe pad (20) are aligned along the two cutting marking lines. It is displayed so that the second toe pad can be created by cutting the cylindrical main body (1),
A finger insertion part (2) formed by cutting the arc-shaped cutting indication line (L11) is attached to one of the toes, and one linear cutting indication line (L21) is cut and opened. The cutting indication lines (L11, L21) are displayed on the thin surface (4) of the cylindrical main body so that the thick surface (3) can be brought into contact with the calluses or corns of the sole to protect the affected toe. has been;
A plurality of ring-shaped cut indication lines (L31, L32, L33) displayed on the third set of cut indication lines (G3) for creating the third toe pad (30) It is displayed so that the third toe pad can be created by cutting the tubular main body (1) along the display line,
The finger insertion part (2) formed by cutting the arc-shaped cutting indication lines (L31, L32, L33) is attached to any of the painful toes, and the thick surface (3) is The cutting indication lines (L31, L32, L33) are displayed in a ring shape on the tubular main body (1) so that the affected part of the toe can be protected by contacting the toe or finger callus. The toe pad making kit (100) according to claim 4. Each of the cutting indicating lines of the first, second and third sets of cutting indicating lines (G1, G2, G3) is integrally formed with the tubular main body (1) using a mold. Alternatively, a cut indication line sheet on which the cut indication lines of the first, second, and third sets of cut indication lines (G1, G2, G3) are printed and displayed in advance is placed on the surface of the tubular main body (1). The toe pad making kit (100) according to claim 1, characterized in that it is configured by sticking to a toe pad. 6. The cut indication line sheet according to claim 5, wherein the cut indication lines of the first set, the second set, and the third set of cut indication lines (G1, G2, G3) are printed and displayed in advance. Cutting marking line sheet for use only with the described toe pad making kit (100).

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